01 / Product Positioning
Fiber Cement Interior Wall Board
Massif Fiber Cement Interior Wall Board is made from materials including quartz sand, mica, perlite and plant fibres. It is formed by the Hatschek process and cured under high temperature and pressure.
Its stable surface supports subsequent coating or finishing work in offices, hotels, libraries, exhibition centres and other public buildings. Board layers, framing, joints and finishes should be selected for the intended assembly.
02 / Application-specific value
Advantages for Interior Wall Board
Advanced Material Composition
Made from quartz sand, mica, perlite, and plant fibres, formed by the Hatschek process and cured under high temperature and pressure for superior stability.
Versatile Finish Compatibility
Stable surface supports subsequent coating or finishing work for diverse interior design applications.
Multi-Sector Application
Suitable for offices, hotels, libraries, exhibition centres, and other public building interiors.
Flexible Assembly System
Board layers, framing, joints, and finishes should be selected according to the intended assembly requirements and performance criteria.
03 / Key features
Performance defined for the confirmed model
| Feature | Final Product Information |
|---|---|
| Asbestos-free | The asbestos-free fibre-cement composition supports interior projects with defined material-health and compliance requirements. |
| Autoclave cured | High-temperature, high-pressure autoclave curing develops a stable board structure and reliable physical performance. |
| Thermal performance | The published thermal conductivity is no more than 0.2 W/(m·K), supporting insulation and energy-efficiency design in lightweight wall and ceiling assemblies. |
| Even substrate | The even board surface provides a practical substrate for coatings and other interior finishes, supporting a clean and continuous completed surface. |
| Application range | Suitable for interior partitions, wall lining and ceiling substrates; the board is not intended to carry primary building loads. |
